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    • 2. 发明专利
    • Stator of dynamo electrical machine
    • DYNAMO电机定子
    • JP2009254060A
    • 2009-10-29
    • JP2008096786
    • 2008-04-03
    • Mitsubishi Electric Corp三菱電機株式会社
    • MIYAMOTO YOSHINORIFURUTA KENJIOGAWA RYOHEI
    • H02K3/46H02K1/14
    • PROBLEM TO BE SOLVED: To obtain a stator of a compact dynamo electric machine having a coil end of low height in the axial direction.
      SOLUTION: The stator 1 of a dynamo electric machine comprises a stator core 2 having teeth 7 projecting in the radial direction from a cylindrical back yoke 6, a main winding 4 and an auxiliary winding 5 wound around the teeth 7, and insulators 3a and 3b for insulating the stator core 2 and the main winding 4 and auxiliary winding 5, wherein the insulators 3a and 3b have a first wall 11 and a second wall 12 projected from the axial end face and arranged with a space therebetween in the radial direction in order to support the coil end, coil ends of the main winding 4 are arranged on the outer diameter side of the first wall 11, and coil ends of the auxiliary winding 5 are arranged between the first wall 11 and the second wall 12 while being distributed on the inner diameter side of the second wall 12.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:获得具有在轴向方向上具有低高度的线圈端的紧凑型发电机的定子。 解决方案:发电机的定子1包括定子芯2,其具有从圆筒形后轭6沿径向突出的齿7,缠绕在齿7上的主绕组4和辅助绕组5以及绝缘体 用于绝缘定子铁心2和主绕组4和辅助绕组5的绝缘体3a和3b,其中绝缘体3a和3b具有从轴向端面突出的第一壁11和第二壁12,并且在径向 为了支撑线圈端,主绕组4的线圈端设置在第一壁11的外径侧,辅助绕组5的线圈端部布置在第一壁11和第二壁12之间,同时 分布在第二壁12的内径侧。版权所有(C)2010,JPO&INPIT
    • 4. 发明专利
    • HOT WATER SUPPLY SYSTEM UTILIZING SOLAR HEAT
    • JPS5843360A
    • 1983-03-14
    • JP14210081
    • 1981-09-09
    • MITSUBISHI ELECTRIC CORPTAISEI CORP
    • FURUTA KENJIKAWABUCHI ISAMUKAWAMOTO SHIYOUGOKASAHARA ISAOOOTAKE IKUO
    • F24J2/44F24D17/00
    • PURPOSE:To enable to raise the temperature of water in a hot water storage tank by natural circulation of heat transfer medium and consequently eliminate a special power plant for circulation of heat transfer medium, resulting in the simplification of the system by a structure wherein a thermosyphon heat transfer medium circuit is constituted by connecting a solar heat collector and a radiator arranged within the hot water storage tank with a piping. CONSTITUTION:A hot water collecting system consisting of the flat plate type solar heat collector 1, the radiator 2 and the hot water storage tank 3 is installed in a veranda outside a room by fitting the collector 1 slantwise at the railing 5 or the like, while a hot water supply system containing a water heater 11 is installed inside the room. The radiator 2 consists of a pipe and fins arranged slantwise within the hot water storage tank 3 installed high above the solar heat collector 1. A feed water system 9, in which a ball tap valve (not shown) is equipped, is connected to the lower part of the hot water storage tank 3, to the upper part of which a hot water supply pipe 10 is connected. Heat transfer medium naturally circulates itself within the hot water collecting system and the hot water in the hot water supply system, which is heated at the radiator 2 is supplied for use through the water heater 11 out of hot water taps, a shower and the like.
    • 5. 发明专利
    • HEAT SUPPLYING SYSTEM
    • JPS5790529A
    • 1982-06-05
    • JP16571480
    • 1980-11-25
    • MITSUBISHI ELECTRIC CORPTOBISHIMA CONSTRUCT CO LTD
    • INOUE SHINGOFURUTA KENJIFUJITA MASAYASU
    • F24S90/00F24D17/00F24H1/00
    • PURPOSE:To supply heat in a stable manner, by making an efficient use of heat available in the daily life through provision of a heat collecing system for accumulating solar heat and heat possessed by the residual water in a bathtub and a supplementary heating means. CONSTITUTION:A solar heat transfer cycle 4 transports solar heat collected by solar heat collectors 1 to a heat releasing section 3 and raises the temperature of water in a heat-accumulating, hot-water storing tank 2. A heat recovering cycle 6, on the other hand, transports heat of the residual water in a bathtub 9 recovered by a heat recovering section 7 to a heat releasing section 8. Hot water in the tank 2 is stored once in a hot-water supplying, auxiliary tank 13 and then supplied to hot-water supply tap 10 or a shower unit 11. A heat delivering cycle 16 is a circulating passage connecting a heat collecting section 17 and a heat releasing section 18. In addition to the above, there is provided further a supplementary heating means 19 which is adapted for raising the temperature of water in the auxiliary tank 13, if necessary, and for supplying heat to the bathtub 9, floor heating panels 14 and a terminal radiator 15. With such an arrangement, it is enabled to supply heat in a stable manner.